There is a large opto-galvanic effect (OGE) in CO2-N2-He laser mixtures and this is exploited in laser frequency and power stabilisation systems. Two substantially different theories have been advanced to explain the effect. The two models are compared and it is concluded that the multi-step ionisation model is not adequate to describe the OGE in CO2 lasers, but the temperature perturbation or discharge cooling model describes the phenomenon with considerable precision
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
This work studies discharge plasma in a mixture of gases, similar to that used in the so-called CO2-...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
There is a large opto-galvanic effect (OGE) in CO2-N2-He laser mixtures and this is exploited in las...
A detailed discharge model of the opto-galvanic effect in molecular laser gas mixtures is developed ...
A detailed discharge model of the opto-galvanic effect in molecular laser gas mixtures is developed ...
The optical perturbation of discharge current voltage characteristics (optogalvanic effect or OGE) h...
The optogalvanic effect in Lou pressure CO2 -N2 -He discharges has been studied at different CO lase...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
Current density-voltage (j-U) characteristics and vibrational excitation efficiencies of RF excited ...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
This work studies discharge plasma in a mixture of gases, similar to that used in the so-called CO2-...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
There is a large opto-galvanic effect (OGE) in CO2-N2-He laser mixtures and this is exploited in las...
A detailed discharge model of the opto-galvanic effect in molecular laser gas mixtures is developed ...
A detailed discharge model of the opto-galvanic effect in molecular laser gas mixtures is developed ...
The optical perturbation of discharge current voltage characteristics (optogalvanic effect or OGE) h...
The optogalvanic effect in Lou pressure CO2 -N2 -He discharges has been studied at different CO lase...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
The normal optogalvanic effect used in the stabilisation of CO2 lasers decreases in amplitude with i...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
Current density-voltage (j-U) characteristics and vibrational excitation efficiencies of RF excited ...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
This work studies discharge plasma in a mixture of gases, similar to that used in the so-called CO2-...
In this paper, which is the third part of a work devoted to modelling high-power CO2 lasers, the kin...
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